guande wu portfolio 2019
I
thesis THESIS_RE+FLECT
5- 23
Moment
Ii
adademic ATHENEUM
24 -43
Columbus atheneum_ after post-industrialization
literacy center
46 -49
Clifton literacy center
Iii
professional henn
50 - 71
Mix-use
kpf
72 - 75
masterplanning & lobby interior design
kva matx
76 - 77
CNC machine & furniture design build
Iv
personal VISITOR CENTRE
78 - 81
historical site
rain poem
82- 85
Public toilet
Casa del Bosque
86- 95
Vocation Villa
3
I
THESIS_RE+FLECT Moment
5
Proposal
Wondering about the past, I pick up the soil of the presence and walk back to the forgetting of 10 years of the Culture Revolution(CR). From a individual world into collectivism, I wonder what happens.
Our traditional memorials offer monolithically symbolic monument or foreseeable collective space to the public, yet the quality of spatial, temporal, and emotional layers are often neglected. This thesis starts with research based on Paul Connerton’s notion of memory, historical phase of CR, and memory encounter. The proposal project seeks to create an unpredicted underground journey overlaid with time, spatial orientation, and emotional moment along with the landscape of Tiananmen Square.
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MEMORY
A note, a calendar, or a friend’s birthday often trigger the memory that connects your present and past. We see the trace of memory, yet we cannot see the memory. Because it is not a physical form, rather it is a psychological process that serves all intellectual activities such as thinking, observation, rationalization, and communication. You cannot complete any of these actions without memory. 1 For example, the thinking itself requires constantly reconnect the current idea with the previous idea. Obviously memory is the bond of old and new you. However, memory is not stable. We often forget things. Especially the things that we neglect consciously or unconsciously. For example, you may always uncertain if the door is locked or not. That is because attention to locking door simply is not important to you. You will hardly recall every details. This memory is called short term memory which only stores data for minor seconds. Then it is vanished. 2 On the other hand, long term memory, as the name suggests, is the memory for storing data for longer periods of time. You hardly forget your anniversary. That is because your high degree of awareness toward this event allows memory store within the long term memory, so that it lasts.3 However, retrieving memory is not only required high awareness but also “bodily practice”, which means that recollecting memory requires repeated human interactions with physical world. In the other words, it can be a touch to the grave, visiting grandpa’s house, rite of baptism or interactive journey to the historical place. 4
1 Bernecker. Memory: A philosophical study. 12 2 Ibid 12 3 Ibid 13 4 Connerton, How society remembers. 72
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VOID
Sequence
Void
Practice
Material
Axis
Nature
Light / symbol
Nodes
11
Moments
MOMENT noun
It is originally from Latin momentum “movement, motion; power to move; alteration, change;” also “short time, instant” 1 By using instant time to describe a space, architects usually use it for the sensation of higher dimension . Le Corbusier called it “ineffable space”.2 it is a spiritual experience in which time and space does not matter. Moment as encounter, is one of the most powerful ways to allow one experience the emotional moment of history. I have designed six moments to respond six phases of CR. They are Wonder, Archives, Reflection, Monotony, Silence, and Catharsis.
1 2
“Moment.” Dictionary.com. Britton, Constructing the Ineffable: Contemporary Sacred Architecture, 7
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II academic works design
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7TH ST FRANKLIN ST
WASHINGTON ST
JACKSON ST
7TH ST
6TH ST 6TH ST
N PROGRAM Museum + Artist Studio/Housing ROLE Designer LOCATION Columbus, IN DATE 2014 Fall
The Design for the Columbus Athenaeum combines architectural design with museumspecific requirements within an overall framework of environmental sustainability. The museum seeks to become a threshold of nature and culture. The building itself embodies the concept of a museum while integrating natural and urban elements through the outward expression of structure and nature. Our aim is to create an inviting, vibrant, and unique space that celebrates local materials, wildlife, and community connections. Our proposal combines the existing culture and built environment with the abundance of natural wildlife creating a public learning environment for art, culture, and nature. The built environment and nature are often seen as two separate aspects that we seek to combine and accentuate through integrated greenspaces and unique construction methods with local materials. Columbus, Indiana is a walking city that has been blessed with great architecture, with this in mind we designed allowing for the public to have an open dialogue with the building and its interior spaces. Unlike most buildings occurring along the street with heavy closed off facades we interpreted the faรงade as layers that highlighted the structure and natural elements.
ATHENEUM
// Transform the modern architecture mentality of Columbus IN to be Sustainable and Vernacular Rediscover the Connection between human and earth (post-industrialization) // Expressing and celebrating Structure instead of hiding // Served vs. Servant spaces ..... spatial organization // Void vs Devoid .... Above ground vs Underground // Free oriented, unpredicted, circular space within Rigid structure grids - five points of architecture by Le corbusier
// Elevation
// Section
27
SECTION The skylight leads people to find the lost past and the courage to face the future
PLAN The idea of ​​this plan: I want that every visitor is able to perceive other space
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Lost industrial splendor
living in the past is easy
concrete / cold Tactile
a ray of morning sunshine in woods
deliver a hope through a warm welcoming space
Wood/ Warm Tactile
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SECTION MODEL
FACADE STUDY MODEL
37
Below is our Estimate Result.
RATE E PUBLIC PUBLIC AND AND PRIVATE PRIVATE BASED ED ONON PROGRAM PROGRAM
ENERGY CONSUMPTION (kBtu per sq ft)
// EXTERIOR // EXTERIOR STAIR STAIR CONNECTS CONNECTS PARKING PARKING AND AND PLAZA, PLAZA, WHICH WHICH FRAMES FRAMES AN AN ENCLOSED ENCLOSED SOLAR THERMAL SYSTEM ENERGY CONSUMPTION & PV PANELS SYSTEM. HIGH R VALUE FOR INSULATIONS
STAIR
(kBtu per sq ft)
MUSEUM AVERAGE 108.12 kBtu
PARKING STRUCTURE
OUR ESTIMATE 92.12 kBtu OUR ESTIMATE 60.02 kBtu
OUR ESTIMATE 32.10 kBtu
// sTRATeGY & PeRFoRmAnCe
SAVE 44.5% ENERGY
// EXTERIOR STAIR CONNECTS PARKING AND PLAZA, WHICH FRAMES AN ENCLOSED
60% of rain water stored in grey water basin to facilitate black water uses.
33% of water used for
hydration of green roofs. Heating Heating and and insulation insulation is the is the keykey factor factor columbia columbia IN. Therefore, Therefore, we we chose chose to use to use solar solar CLIMATE AnALYSIS &IN.STRATEGY thermal thermal system system to heat to heat up up thethe space. space. Its efficiency Its efficiency is about is about twice twice higher higher than than PV PV Panels. Panels. Below Below is our is our Estimate Estimate Result. Result.
WInD SPEED & DIRECTIon
Wind directions are from all sides, and the speed is low-velocity, which helps the building cool down gradually during summer.
er is used to e on the two ted on the ends of n water is grey water to facilitate s.
ENERGY ENERGY CONSUMPTION CONSUMPTION (kBtu (kBtu perper sq ft) sq ft)
SOLAR SOLAR THERMAL THERMAL SYSTEM SYSTEM & PV & PV PANELS PANELS SYSTEM. SYSTEM. HIGH HIGH R VALUE R VALUE FOR FOR SELECTED DESIGN STRATEGIES: JAN - DEC INSULATIONS INSULATIONS
Wind directions are from all sides, and the speed is low-velocity, which helps the building cool down gradually during summer.
ENERGY ENERGY CONSUMPTION CONSUMPTION (kBtu (kBtu perper sq ft) sq ft)
12.8% Sun Shading of Windows 13.1% Natural Ventilation Cooling
MUSEUM MUSEUM AVERAGE AVERAGE 20.3% Internal Heat Gain 108.12 108.12 kBtu kBtuadd Humidification if needed 47.8% Heating, 6%
Dehumidification if needed
100% TOTAL
he key factor columbia IN. Therefore, we chose to use solar the space. Its efficiency is about twice higher than PV Panels. lt.
OUR OUR ESTIMATE ESTIMATE 92.12 92.12 kBtu kBtu
SOLAR THERMAL SYSTEM & PV PANELS SYSTEM. HIGH R VALUE FOR INSULATIONS
ENERGY CONSUMPTION (kBtu per sq ft)
OUR OUR ESTIMATE ESTIMATE 60.02 60.02 kBtu kBtu
OUR OUR ESTIMATE ESTIMATE 32.10 32.10 kBtu kBtu
SAVE SAVE 44.5% 44.5% ENERGY ENERGY
WATER USAGE
Green Roof - stormwater storage Grey water recycling system - flashing the toilet.
EnERGY USAGE Heating and insulation is the key after running “climate consultant 6”.In order to maximize the solar heat gain, we chose solar thermal collector for heating the space. Its efficiency is about twice higher than PV Panels. Belows is our Estimate Resuilt. ENERGY CONSUMPTION (kBtu per sq ft)
OUR ESTIMATE
OUR ESTIMATE 32.10 kBtu
s.
JAN - DEC
g
33% 33% of water of water used used for for 60.02 kBtu hydration hydration of green of green roofs. roofs.
SAVE 44.5% ENERGY
60% 60% of rain of rain water water stored stored in grey in grey water water basin basin to facilitate to facilitate black black water water uses. uses.
SOLAR THERMAL SYSTEM & PV PANELS SYSTEM. HIGH R VALUE FOR INSULATIONS
ENERGY CONSUMPTION (kBtu per sq ft)
MUSEUM AVERAG E 108.12 kBtu
SELECTED SELECTED DESIGN DESIGN STRATEGIES: STRATEGIES: JANJAN - DEC - DEC
OUR ESTIMATE 92.12 kBtu
60% of rain water stored in grey water 12.8% 12.8% SunSun Shading Shading of Windows of Windows basin to facilitate black water uses.
13.1% 13.1% Natural Natural Ventilation Ventilation Cooling Cooling 20.3% 20.3% Internal Internal Heat Heat Gain Gain 47.8% 47.8% Heating, Heating, addadd Humidification Humidification if needed if needed 6% 6% Dehumidification Dehumidification if needed if needed
OUR ESTIMATE 32.10 kBtu
OUR ESTIMATE 60.02 kBtu SAVE 44.5% ENERGY
100% 100% TOTAL TOTAL 1 2 3 4
AC Receptacle AC - DC Converter AC Mech. Device Electrical Distrbition
5 6 7 8
Stacking Effect for Natural Ventilition DC 30v. Lighting Photovoltaics Views to Sky and Dynamic
9 10 11 12
DC System Controller and Wireless Dimmer Summer Solar Noon Position Parking Garage Green Roof
13 14 15 16 17
Sectional Bay Model (E-W) Sectional Bay Model (W-E) Program / Structure Models Facade Study Detail Study
on if needed d
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CLIMATE ANALYSIS
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17
12 10 7
73º
11 6
4
4
8
6
5
9
8
5 6 3
2 4 1
SECTION B-B SCALE: 1/8” = 1’-0”
Solar Thermal System & PV Panels are found on the roof of this building. They propose a contemporary approach in energizing the building with solar power. 1000 Btu/hr-sq ft in a day for area of 14,000 Sq. Ft
By using passive strategies, LEAF integrates design and the stacking effect for natural ventilation throughout the building.
Indiana has over 85 local tree types Maple Beech, being the most abundant. LEAF proposes to use local resources such as the Maple Beech as the main structure of the building.
SUSTAINABLE DIAGRAM
LEAF promotes the usage of biking in the city by providing a secure temporary bike lock-up storage room.
33% of rain water is used to hydrate plant life on the two green roofs located on the north and south ends of LEAF. 60% of rain water is collected in the grey water retention basin to facilitate black water uses.
SERVANT SPACE
AXIS
FLOOR PLAN (1ST) Not on scale
SERVED SPACE
The overall design strategy incorporates the use of the abundant natural aspects of Indiana alongside the great architectural history that Columbus, Indiana has to offer. As populations increase cities begin to encroach on the natural landscape. Bringing more green spaces into cities will help incorporate the urban landscape and natural wildlife into the city. Introducing the people to local wood is a majorÂŹ component of this project giving the building a sense of place in the city. Tall wooden columns mimic nearby trees and give the space great vertically and an openness. Sustainability is a newer aspect being introduced to Columbus, Indiana and this building is one of the first to allow an integration of sustainability, local materials, and architecturally significant building in the walking tour of Columbus, Indiana. Allowing for a more aesthetically appealing introduction to sustainability will give people a better understanding of how much of a key component sustainability can be to good design.
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1
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3
1
ENTRANCE
2
STAIR
3
SECOND FLOOR exhibition
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PROGRAM COMMUNITY LIBRARY ROLE SELF LOCATION CLIFTON, OH DATE 2010 Fall
Objective is to design a literary center in the Ludlow Community which would serve the local residents and visiting writers. Express the motion of energy, which imply the meaning of passing the knowledge from one generation to another.
LITERACY CENTRE
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// Analyze the sunlight and shadows created by surrounding through the year // Optimize the design for coming natural light. // Calculate the heat gain and heat loss in different season and time.
3-26-2010
// Analyze the surrounding context.
6-22-2010
W
E
12-26-2010
Semi-Public Space Conference room
Public Space Children library
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III PROFESSIONAL works design
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COMPANY HENN PROGRAM HEADQUARTER MIX-USE COMPLEX ROLE KEY DESIGNER LOCATION HANGZHOU CHINA DATE 2016 SUMMER
// involving concept design and discussion // conduct all facade design and detail, rendering physical model coordination, diagram
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80358.9m2
33142.5m2
12121.4m2 1629.4m2
塔式办公楼
小体量办公楼
链接空间
商业
Tower Office
Plinth office
Connection
Commercial
PROGRAM REQUIREMENTS
塔式办公楼 Tower Office
小体量办公楼 Plinth office
链接空间 Connection
商业 Commercial
PROGRAM BREAKDOWN
PRODUCT TYPES
LOBBY AREA
55
I
II
III
IV
V
VI
57
1ST FLOOR PLAN
L12-14 FLOOR PLAN
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112.5m 112.5m
41m 41m
41m 41m
以海威大厦为体块原形
Use Hiwell Tower as a mass to develop
向内推进东立面 视觉上创建入口处
向内推进西立面 突出的体块空间 创造出悬空的景观台 Push the west facade in & create a view platform
由下而上变换的体块空间 使塔楼更加活泼 也同时与海威大厦建筑语言 进行对话
Push the south facade in & Create a entrance
The sequence of vertical massing change makes it more dynamic, and at the same time speaks the similar language to Hiwell tower
内景 外景
体块有点沉重？
Heavy？
切割后创造出 悬空的公共空间 服务于上下体块 Cut the mass to two. The open space creates the flowing effect and a public shared space
对角切割了三层通高的体块 来营造出 1.公司合作沟通的竖向空间 2.空中花园 3.观景台
最后空间上更加灵活 更加活跃以及连贯
vertical communication space, hanging garden, and view platform are created by cutting two diagonal volume off
The space finally becomes more open, green and entertaining
61
塔楼立面细部 A TOWER FACADE DETAIL A
遮挡午后直射日照
Block Afternoon Direct Sunlight
铝制遮阳面板
Aluminum Sunshading Panel 景观视野
Views 两层通高楼梯
Stair 铝板水平装饰条
楼板
Horizontal Alumnium Element
Floor Slab
防火玻璃隔间
Glass Box for Fire Protection 吊顶 LOW E 双层中空玻璃
Suspended Ceiling
Low E Double Glazing Facade
地板完成面
Floor Finish 空中花园
Green
被动式排气
Passive Exhaust 被动式进风
Passive Ventilation
塔楼立面细部 A TOWER FACADE DETAIL A
塔楼立面细部 C TOWER FACADE DETAIL C
遮挡午后直射日照
Block Afternoon Direct Sunlight
太阳能光伏电池板
Solar PV Panel 遮阳面板（右侧木制面，左侧不锈钢面）
Wood & Stainless Steel Sunshading Panel
空中花园
Green 景观视野
Views 楼板
三层通高公共空间
Floor Slab
Public Space for Views 层间防火隔挡
Fire Protection Spandrel 吊顶
Suspended Ceiling
LOW E 双层中空玻璃
Low E Double Glazing Facade
玻璃栏板
Glass Balustrade 地板完成面
Floor Finish
裙房立面细部 C PODIUM FACADE DETAIL C
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COMPANY HENN PROGRAM MIX-USE COMPLEX ROLE KEY DESIGNER LOCATION XIAN CHINA DATE 2017 SUMMER
联合办公 CO-WORKING OFFICE
会议
MEETING ROOMS
联合办公 CO-WORKING OFFICE
RECEPTION
入口 ENTRANCE
// involving concept design and discussion // conduct all facade design and detail, rendering physical model coordination, diagram
餐厅
RESTAURANT
接待中心
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COMPANY HENN PROGRAM Masterplanning ROLE Key designer LOCATION Beijing CN DATE 2018 Fall
// involving concept design and discussion // conduct all facade design and detail, rendering physical model coordination, diagram
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合，共享公共设施与资源，突 sharing public facilities and resources, 出产业集群优势
科技金融中心
质子治疗中心
高端科技服务
区块链信息安全
幼儿园
TECHNOLOGY FINANCE CENTER HIGH-END TECHNOLOGY SERVICES HIGH-END TECHNOLOGY SERVICES KINDERGARTEN
智慧医疗数据应用中心 SMART MEDICAL DATA APPLICATION CENTER
规划设计 概念应用
生命科学研究中心
PLAZA SPACE
XL
大尺度广场序列 大尺度广场空间线性交错分布在本案的三条主要轴线两侧，呼应城市界面
Large scale square sequence
交通枢纽
五星酒店 40000m2
2 LIFE SCIENCE RESEARCH CENTER FUTURE COMMUNICATION SHIJIA ELEMENTARY TRANSPORTATION HUB 会展中心 10000m 会议培 5 STAR HOTEL DEMONSTRATION ZONE SCHOOL F EXHIBITION CENTER T
88 CITY DEVELOPMENT ConCepT appliCaTion
广场空间
史家小学
未来通信示范区
BLOCKCHAIN INFORMATION SECURITY FR
The large-scale plaza space is linearly staggered on both sides of the three main axes of the case, echoing the urban interface.
规划设计 概念应用
ciTY DeVelOpMenT CONCePt aPPliCatiON
交通流线 SEQUENCE OF GATEWAYS
l
渐进流线 不同尺度的空间形成渐进的院落，营造连续又定性的不同尺度体验，并在流线的不同节 点设置标志性建筑 progressive circulation Different scales of space form a progressive courtyard, creating a continuous and qualitative experience of different scales, and setting up landmarks at different nodes of the circulation.
前沿信息中心
人工智能中心
RONTIER INFORMATION CENTER
ARTIFICIAL INTELLIGENCE CENTER
销售办公
自持办公 100000m2
中核总部大脑 军民融合高科技中心 FOR-SALE OFFICE FOR-SALE OFFICE MILITARY AND CIVILIAN CHINA NUCLEAR HQ BRAIN INTEGRATION HIGH-TECH CENTER
核高科技产业 NUCLEAR HIGH-TECH INDUSTRY
生命科学产业
LIFE SCIENCE INDUSTRY
前沿信息产业
FRONTIER INFORMATION INDUSTRY
高端科技服务业
HIGH-END TECH SERVICE INDUSTRY
销售办公
培训中心 5000m2 FOR-SALE OFFICE TRAINING CENTER
规划设计 概念应用
自持办公
质子治疗中心
一带一路核文化博物馆 B1 5000m2
销售办公
住宅
智慧金融中心
RESIDENTIAL
SELF-SUSTAINING OFFICE NUCLEAR CULTURE MUSEUM FOR-SALE OFFICE SMART FINANCIAL CENTER SMART FINANCIAL CENTER
ciTY DeVelOpMenT CONCePt aPPliCatiON
院落空间 COURTYARD SPACE
M
核心中尺度院落 中尺度的院落序列串联建筑与景观，公共与私密，营造差异化的内外空间 core mesoscale courtyard Mesoscale courtyard sequence put the buildings and landscapes, public and private, creating differentiated interior and exterior spaces in series.
规划设计 概念应用
ciTY DeVelOpMenT CONCePt aPPliCatiON
建筑 BUILDINGS
s
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建筑元素 在特定的空间周边布局不同功能的建筑，将院落围合，使建筑与院落充分结 合，打造整体地标 building element To layout different functional buildings around the specific space, enclose the courtyard, integrate the building and the courtyard, and create an landmark.
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COMPANY KPF NY PROGRAM MASTER PLANNING ROLE GRAPHIC LOCATION SHANGHAI CHINA DATE 2014 SRPING
// graphic design/editing, Coordinating with the design of master planing . // Conduct plan, section and detail changes, coordination, graphic rendering 3d modeling, material selection,
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Elevation _ floor plan
Lobby
Side entrance
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COMPANY KVA MATX PROGRAM INTERIOR FURNITURE DESIGN & CNC MANUFACTURING ROLE MANUFACTURING LOCATION BOSTON USA DATE 2015 FALL
The MeisterLine furniture draws from a sustainable palette of engineered plywood, organic finishes, and ratchet straps for shipping and structural integrity. Drawing from the same sustainable palette and structural logic, the café table’s reduced scale and geometry promote a level of intimacy and resourcefulness intended to support a spontaneous charrette or simply a casual coffee.
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IV personal competition design
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COMPETITION ARKxSITE ROLE MIKE ZHAO, GUANDE WU LOCATION Évora, Portugal DATE 2015 WINTER
WATER Life REFLECTION Catch the Galaxy OVAL A repeating form that connects back to Cromeleque do Almendres
VISITOR CENTRE Reflecting the past , penetrating the present
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COMPETITION 2019 ON FRONTIER TOILET DESIGN INTERNATIONAL COMPETITION PROGRAM PUBLIC RESTROOM DESIGN GUANDE WU, JING HAN LOCATION CHONGQING CHINA DATE 2019 SRPING
We live in an era where mobile network prevails, an era of fast rhythm, an era of virtual sensation. Our connection with our world as well as other people has become digitalized. We no longer marvel at the simplest beautiful things that are created in nature, nor could we recall how delicate a person’s feeling can be. Beauty as it is and has always been, a heart of appreciation has been missing. As an architect, I hope my buildings can effectively bring people to communicate, in a poetic setting. It is a place to encounter nature and each other. I name my building Rain Poem, to invite you to enjoy the Variations of rain in the scenic Chongqing suburb.
SO DARK SO LONELY SO DICONNECTED ...
c
WONDER
LET SKY IN ! LET NATURE IN !
[ I ] understanding the basic volume of bathrooms
CONCEPT
[ II ] create a ce
entral water pond for privacy
rain poem 听雨
STAFF 管理间
[ III ] by shifting the volume, to create more public space and invite the landscape in
FEMALE
WELL
MALE
女厕
井
男厕
[ IV ] framing a picture frame of the sky
N
ALL PURPOSE 第三卫生间
PLAN 1.0M
2.0M
4.0M
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CONCEPT SKETCH
CONCEPT SKETCH
10000mm 4000mm
3000mm
1800mm
300mm
3000mm
6900mm
3300mm 2250mm
2800mm
3000mm
4000mm
12000mm
300mm 1500mm
300mm
2000mm
3600mm
1200mm
3300mm
2000mm
150mm 300mm
900mm
900mm
6900mm
4800mm
-0.40
水池 用于养鱼净化水质·
N
300mm
150mm 2801mm
12000mm
2550mm
250mm
1650mm
600mm
1200mm
碎石子 用于排水
300mm
+0.00 1200mm
-0.10
3000mm
10000mm
1.0M
2.0M
4.0M
PLAN
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DESIGNERS ALEX GORMLY, LUIS SABATOR GUANDE WU PROGRAM VACATION HOUSE
LOCATION DOMINICAN REPUBLIC DATE 2016 SPRING
Casa del Bosque is a private residential project located in Jarabacoa. It has been designed as a second home for the family to withdraw from day to day and enter nature. The architectural design is oriented to edit and maximize the views that integrate the spaces into the natural environment. As it circulates through the house, the sequence emulates the sensation of moving through a forest, with the movements in architecture and the light that fills the spaces.
Casa del Bosque
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initial concept drawing
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1. 2. 3. 4. 5. 6. 7. 8. 9.
cocina sala comedor deck piscina habitación de servicio garaje vestíbulo cuarto de huéspedes
cocina sala comedor deck piscina habitación de servicio garaje vestíbulo cuarto de huéspedes
1. 2. 3. 4. 5. 6. 7. 8. 9.
5
N
ESQUEMA II: La casa se divide en dos volúmenes conectados por un atrio cubierto que actua como el vestíbulo de entrada a la casa. Los usuarios se moverán a través de los volúmenes interiores de la casa como si se movieran a través de los árboles en un bosque .
N
ESQUEMA III:
The house is divided into two volumes connected by a covered atrium that acts as the foyer to the home. Residents will move through the interior volumes of the house as if moving through the trees in a forest.
I. LINEAR
II. SEPARATION
La casa está organizada linealmente con el primer piso definido por los espacios públicos . La circulación de la casa es empujada a un lado para maximizar las vistas y cualidades espaciales de los espacios en ambos niveles . The house is linearly organized with all the first floor being defined by the public spaces. The circulation of the house is pushed to one side to maximize the views and spatial qualities of the rooms on both levels.
9 8 3
6
7
1
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4
5
1. 2. 3. 4. 5. 6. 7. 8. 9.
cocina sala comedor deck piscina habitación de servicio garaje vestíbulo cuarto de huéspedes
N
ESQUEMA IV: PLANTA 1
III. CROSS
La casa está definida por el cruce de dos volúmenes. Uno con los espacios más privados, y otro con los espacios de interacción social. Desde la entrada por la intersección, la clara distinción entre la naturaleza y la construcción se ve desafiada inmediatamente. The house is defined by the crossing of two volumes. One being the more private, bedroom spaces, and the more public, entertaining spaces. Entering through the intersection, the distinction between nature and building is immediately challenged.
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2
1
3
4
5
6
7
33.35
6.05
6.20
3.85
5.75
5.75
5.75
2
4
3
1
2
1
A300
A300
A406
A301
A301
A300
N
1 P I
1
7
A409
A406
2.50
CLOSET
J
3
I
A300
Foyer
2.50
P
H 1 REF.
1
Bedroom III
Dining
Kitchen
A405
WIC Bedroom II
Bedroom I
G Bath BR II
Bath BR I
D L F
Bath BR III 2.50
DW
C
M
WIC
WIC
A408
Stor.
2.50
1 4 A302 A408
Guest Room
3 A P D E
DN
Stor.
Vanity L1
13
5
2.50
Guest Bath
A401
A407
F
D I C F
E
D I C F
22.50
WIC
2 C S S
Living Room
2.50
2 A302
D I C F
2.50
D 3
S
A200
2.50
C
2.50
B
A Jacuzzi
T
L
F
E
LEVEL 1 1 1 : 75
H
7
6
5
4
3
4
2
A406
A300
A300
3
2
1
10.87
TOP OF ROOF II 10.45 1
2
1
A300
A301
A301
AZ
ROOF II 9.30
M1
Techado; Aluzinc (AZ)
M2
M2
TOP OF ROOF I 7.35 LEVEL 2 6.45 Retalle M2
Fachada de Louvers; Madera M2 y Power Coated Metal Pasillo Interior; C1
C1
C1
Losa de N1; Cantos en M2
EQ
C1
NOT
C1
1. ES PLAN INDE
EQ
P3
P3
2. ES CON SELL SE E
LEVEL 1 3.30
P3 Muro de Piedras; P3
3. ES ARQ PRO DIST ESCR
P3 Concreto Encofrado con Tablas; C1
Basement 0.00
PRO
CA
MAT
North 1 1 : 75
2
3
DISE LSRA FIRM
2
4
3
1
2
1
A300
A300
A406
A301
A301
A300
2
1
3
4
5
6
DISE ING. COD FIRM
7
DISE ING. COD FIRM
C1
C1
TOP OF ROOF II 10.45 1.60
TOP OF ROOF II 10.45 ROOF II 9.30
AZ
Fachada de Louvers; Madera M2 y Power Coated Metal Pasillo Interior; C1
0.75
0.75
0.75
LEVEL 2 6.45
0.75
2.40
2
TOP OF ROOF I 7.35
A410
Losa de N2; Cantos en concreto visto, Piso en madera M2
C1
Concreto Encofrado con Tablas; C1
M2
SELL
TOP OF ROOF I 7.35
AZ
M2
LEVEL 2 6.45
60cm de alto; Ventanas de celosÃa en madera M2 2.40
DISE ING. COD FIRM
ROOF II 9.30
M2
M2
Losa de N1; Cantos en madera M2
Terreno
LEVEL 1 3.30
LEVEL 1 3.30 P3 P3 Muro de Piedras; P3 Terreno
Basement 0.00
C1
Basement 0.00
TITU
NO EL
FECH
ESC
3
Section Before Louver Screen 1 : 75
2
South 1 : 75
HOJA
91
GENERAL NOTES *SEAL ALL JOINTS AND PENETRATIONS WITH APPROVED TAPE. (ex. DUPONT CONTRACTOR TAPE)
GYP. BD DRYWALL
*FASTEN WATER-PROOF MEMBRANE TO SHEATHING WITH LARGE HEAD NAILS OR USE NAILS WITH LARGE PLASTIC WASHER HEADS. (ex. DUPONT WRAPCAPS) INTERIOR METAL STUD WALL SEE. ENGINEER DRAWINGS FOR DETAILS
*LOCAL LAWS, ZONING, AND BUILDING CODES VARY AND THEREFORE GOVERNS OVER MATERIAL SELECTION AND DETAILING SHOWN BELOW. *INSTALL STUCCO ACCORDING TO MANUFACTURER'S WRITTEN INSTRUCTIONS
J-MOLD 0.01
SEALANT NEEDED IF NEAR KITCHEN /BATHROOM
0.10
20MM x 100 MM WOOD BASE
0.02
1
HEAD & SILL DETAIL _ SECTION
HARDWOOD FLOOR
TYPICAL WALL // EXTERIOR HORIZONTAL WOOD SIDING FINISH // VERTICAL WOOD STRIP FILLED WITH RIGID INSULATION //STRUCTURE //INTERIOR FINISH .SEE ENGINEER DRAWINGS FOR STRUCTURES
SUBFLOOR
WALL BASE DETAILS _ SECTION VIEW 1:5
NOTAS G
1. ESTA H PLANOS Y INDEPEN
METAL FLASHING TAPE MOUNTING FLANGE TO SHEATHING USING FLEXWRAP
2. ESTA H CONSTRU SELLOS D SE ENCU
WATER DRIP MINIMALLY EXPANDING POLYURETHANE FOAM OR APPROVED CAULK
3. ESTOS ARQUITE PROYECT DISTRIBU ESCRITO
WOOD CLADDING BEHIND
DRYWALL
PROYECT
0.01
DOOR FRAME / CASING MUST FLASH WITH THE DRYWALL FINSIH 50MM x 100 MMWOOD BLOCK
DOUBLE GLAZED GLASS
MINIMALLY EXPANDING POLYURETHANE FOAM OR APPROVED CAULK
0.02
0.02
WALL STRUCTURE SEE ENGINEER DRAWINGS FOR DETAILS
DOOR JAMB
WINDOW OPEN CONTROL
CASA
MATA DE
WINDOW SILL
42MM DOOR PANEL MEMBRANE CLAMPED TO INSIDE PROVIDE CONTINUOUS AIR AND WATER CONTROL
INTERIOR FINISH
DISEÑO A LSRA DES FIRMA:
DISEÑO E ING. JUAN CODIA NO FIRMA:
OVERHEAD DOOR HINGE
DISEÑO S ING. ELVI CODIA NO FIRMA:
JAMB DETAIL _ PLAN FASTEN FLEXWRAP CORNER USING MECHANICAL FASTENER INSTALL FLEXWRAP AROUND PERIMETER OF OPENING
DOOR FRAME _ PLAN VIEW 1:5
DISEÑO E ING. JOSÉ CODIA NO FIRMA:
SELLOS: ATTACHED WOOD SIDING WITH VERTICAL STRIP & CMU
38 x 38 MM DECK BDS
64 x 140 MM SLEEPER
64 x 184MM WOOD JOINTS
4
TYPICAL AWNING WINDOW HEAD, SILL & JAMB DETAILS 1:4
0.08
LEVEL 1 3.30
TITULO D 0.29
2
MINIMALLY EXPANDING POLYURETHANE FOAM OR APPROVED CAULK
MEMBRANE CLAMPED TO INSIDE PROVIDE CONTINUOUS AIR AND WATER CONTROL
GENE
15.00°
FECHA: ESCALA:
HOJA NO
3
WOOD DECK EDGE DETAILS 1:5
REFERENCIA VISUAL DE PALETA DE MATERIALES Y TONOS
TABLA DE TERMINACIONES _REFERENCIAS VISUALES_MATERIALES DEBERAN SER IGUALES O SIMILARES A LOS ESPECIFICADOS. _MUESTRAS DE MATERIALES A SER APROBADAS EN LAS REUNIONES POR ARQUITECTURA.
Key Name AZ
FINISH SCHEDULE Name Techo Metalico
Picture
Key Name ME
FINISH SCHEDULE Name
Picture
Roble Filipino (White Oak)
NOTAS GENE
1. ESTA HOJA PLANOS Y NO INDEPENDIEN
C1
Concreto Formado con Tabla
P1
Porcelanato Tipo Piedra, Gris Oscuro
2. ESTA HOJA CONSTRUCCI SELLOS DE L SE ENCUENTR
3. ESTOS PLA ARQUITECTO PROYECTO. R DISTRIBUCIÓN ESCRITO DEL
CR1
Porcelanato Tipo Piedra, Gris Claro, Piso Banos
P2
Adoquinado o Piedra Gris Oscuro; ver imagen
PROYECTO:
CASA D
MATA DE PLA
CR2
Ceramica Blanca, Tipo "Subway", Paredes Banos
P3
Muro de Piedra Rustico
DISEÑO ARQU LSRA DESIGN FIRMA:
DISEÑO ESTR ING. JUAN JO CODIA NO. 17 FIRMA:
CT
Counter Top; Soap Stone o Concreto
P4
Gravilla Tonos Grises
GB1
SheetRock/Gypsum Board, Blanco
PB
Pintura Blanco, Mate
DISEÑO SANIT ING. ELVIS FR CODIA NO. 17 FIRMA:
DISEÑO ELÉC ING. JOSÉ DE CODIA NO. 93 FIRMA:
SELLOS:
GB2
SheetRock/Gypsum Board, Blanco; Resistente al Agua
SR
SheetRock/Gypsum Board, Blanco Mate
M1
Madera Pino; Temrinacion clara
SS
Stainless Steel
TITULO DE HO
M2
Pino Tratado, Terminacion Oscura
TABLA TERMIN FECHA:
Iss
ESCALA:
HOJA NO.:
A
93
95